G
Gordon J. Aubrecht
Researcher at Ohio State University
Publications - 37
Citations - 224
Gordon J. Aubrecht is an academic researcher from Ohio State University. The author has contributed to research in topics: Quark & International System of Units. The author has an hindex of 8, co-authored 37 publications receiving 222 citations.
Papers
More filters
Journal ArticleDOI
Cross-sections for Neutrino Production of Charmed Particles
N. Ushida,T. Kondo,Shigeki Tasaka,I. G. Park,J. S. Song,T. Hara,Yasuhiro Homma,Y. Tsuzuki,G. Fujioka,H. Fukushima,Y. Takahashi,S. Tatsumi,C. Yokoyama,K. Fujiwara,K. Taruma,S. Y. Bahk,C. O. Kim,Jaebeom Park,D. C. Bailey,S. Conetti,P. Mercure,J. Trischuk,M. Turcotte,Shigeki Aoki,K. Chiba,H. Fuchi,K. Hoshino,K. Kodama,R. Matsui,Motoaki Miyanishi,Mitsuhiro Nakamura,Kazuhiro Nakazawa,K. Niu,Kimio Niwa,M. Ohashi,H. Sasaki,Y. Tomita,N. Torii,O. Yamakawa,Y. Yanagisawa,Gordon J. Aubrecht,J. M. Dunlea,S. Errede,A. Gauthier,M. Gutzwiller,S. Kuramata,G. A. Oleynik,N. W. Reay,K. Reibel,R. A. Sidwell,N. R. Stanton,K. Moriyama,H. Shibata,O. Kusumoto,Y. Noguchi,T. Okusawa,M. Teranaka,J. Yamato,H. Okabe,J. Yokota,P. Cote,S. G. Frederiksen,C. J. D. Hébert,J. Hebert,B. McLeod,A. Thibaudeau,M. Kazuno,H. Shibuya,I. A. Lovatt,J. F. Martin,D. Pitman,J.D. Prentice,B. J. Stacey,T. S. Yoon,Y. Maeda +74 more
TL;DR: In this article, the authors obtained an average relative charmed-particle production cross section of σ(ν μ → c μ − ) σ (νμ →μ − ) =4.9 − 0.6 + 0.7 %, at an average neutrino energy of 22 GeV.
Journal ArticleDOI
Neutrino charge radius in a model of weak and electromagnetic interactions
Gordon J. Aubrecht,K. Tanaka +1 more
TL;DR: In this paper, a modified SO(3) model of weak and electromagnetic-interaction symmetry was introduced. But the model is renormalizable and reproduces the usual theory of weak interactions.
Journal ArticleDOI
Lifetimes of the charmed particles D+/-, F+/-, and Lambda c+ produced by neutrinos.
N. Ushida,T. Kondo,Shigeki Tasaka,I. G. Park,J. S. Song,T. Hara,Yasuhiro Homma,Y. Tsuzuki,G. Fujioka,H. Fukushima,Y. Takahashi,S. Tatsumi,C. Yokoyama,K. Fujiwara,K. Taruma,S. Y. Bahk,C. O. Kim,Jaebeom Park,D. C. Bailey,S. Conetti,P. Mercure,J. Trischuk,M. Turcotte,Shigeki Aoki,K. Chiba,H. Fuchi,K. Hoshino,K. Kodama,R. Matsui,Motoaki Miyanishi,M. Nakamura,Koji Nakazawa,K. Niu,Kimio Niwa,M. Ohashi,H. Sasaki,Yasuhiro Tomita,N. Torii,O. Yamakawa,Y. Yanagisawa,Gordon J. Aubrecht,J. M. Dunlea,S. Errede,A. Gauthier,M. Gutzwiller,S. Kuramata,G. A. Oleynik,N. W. Reay,K. Reibel,R. A. Sidwell,N. R. Stanton,K. Moriyama,H. Shibata,O. Kusumoto,Y. Noguchi,T. Okusawa,M. Teranaka,J. Yamato,H. Okabe,J. Yokota,S. G. Frederiksen,C. J. D. Hébert,J. Hebert,B. McLeod,M. Kazuno,H. Shibuya,I. A. Lovatt,J. F. Martin,D. Pitman,J.D. Prentice,B. J. Stacey,T. S. Yoon,Y. Maeda +72 more
TL;DR: Final results for the D/sup + -/, F/sup -/, and ..lambda../sub c//sup +/ lifetimes measured with a hybrid emulsion spectrometer in the wide-band neutrino beam at Fermilab are reported.
Journal ArticleDOI
Lifetime of D0 charmed mesons produced in neutrino interactions.
N. Ushida,T. Kondo,Shigeki Tasaka,I. G. Park,J. S. Song,T. Hara,Yasuhiro Homma,Y. Tsuzuki,G. Fujioka,H. Fukushima,Y. Takahashi,S. Tatsumi,C. Yokoyama,K. Fujiwara,K. Taruma,S. Y. Bahk,C. O. Kim,Jaebeom Park,D. C. Bailey,S. Conetti,P. Mercure,J. Trischuk,M. Turcotte,Shigeki Aoki,K. Chiba,H. Fuchi,K. Hoshino,K. Kodama,R. Matsui,Motoaki Miyanishi,Mitsuhiro Nakamura,Kazuhiro Nakazawa,K. Niu,Kimio Niwa,M. Ohashi,H. Sasaki,Y. Tomita,N. Torii,O. Yamakawa,Y. Yanagisawa,Gordon J. Aubrecht,J. M. Dunlea,S. Errede,A. Gauthier,M. Gutzwiller,S. Kuramata,G. A. Oleynik,N. W. Reay,K. Reibel,R. A. Sidwell,N. R. Stanton,K. Moriyama,H. Shibata,O. Kusumoto,Y. Noguchi,T. Okusawa,M. Teranaka,J. Yamato,H. Okabe,J. Yokota,S. G. Frederiksen,C. J. D. Hébert,J. Hebert,B. McLeod,M. Kazuno,H. Shibuya,I. A. Lovatt,J. F. Martin,D. Pitman,J.D. Prentice,B. J. Stacey,T. S. Yoon,Y. Maeda +72 more
TL;DR: The lifetime of the wide-band neutrino beam at Fermilab is measured with a hybrid emulsion spectrometer in the emulsion fiducial volume to find 58 decays.
Journal ArticleDOI
Production characteristics of charmed particles in neutrino interactions
N. Ushida,T. Kondo,Shigeki Tasaka,I. G. Park,J. S. Song,T. Hara,Yasuhiro Homma,Y. Tsuzuki,G. Fujioka,H. Fukushima,Y. Takahashi,S. Tatsumi,C. Yokoyama,K. Fujiwara,K. Taruma,S. Y. Bahk,C. O. Kim,Jaebeom Park,D. C. Bailey,S. Conetti,P. Mercure,J. Trischuk,M. Turcotte,Shigeki Aoki,K. Chiba,H. Fuchi,K. Hoshino,K. Kodama,R. Matsui,Motoaki Miyanishi,Mitsuhiro Nakamura,Kazuhiro Nakazawa,K. Niu,Kimio Niwa,M. Ohashi,H. Sasaki,Y. Tomita,N. Torii,O. Yamakawa,Y. Yanagisawa,Gordon J. Aubrecht,J. M. Dunlea,S. Errede,A. Gauthier,M. Gutzwiller,S. Kuramata,G. A. Oleynik,N. W. Reay,K. Reibel,R. A. Sidwell,N. R. Stanton,K. Moriyama,H. Shibata,O. Kusumoto,Y. Noguchi,T. Okusawa,M. Teranaka,J. Yamato,H. Okabe,J. Yokota,P. Cote,S. G. Frederiksen,C. J. D. Hébert,J. Hebert,B. McLeod,A. Thibaudeau,M. Kazuno,H. Shibuya,I. A. Lovatt,J. F. Martin,D. Pitman,J.D. Prentice,B. J. Stacey,T. S. Yoon,Y. Maeda +74 more
TL;DR: Using a hybrid emulsion spectrometer installed in the Fermilab wide-band neutrino beam, a total of 3855 Neutrino interactions in the fiducial volume of the target were located in this paper.